Core contributor across ADASANDME (adaptive ADAS for impaired drivers), VI-DAS (vision-inspired driver assistance), ENABLE-S3 (validation of automated systems), and Hi-Drive (higher automation deployment).
VALEO SCHALTER UND SENSOREN GMBH
Tier-1 automotive supplier developing ADAS sensors, automotive radar, V2X communication, and edge AI hardware for connected and automated driving.
Their core work
Valeo Schalter und Sensoren is the sensors and switches division of Valeo, a major Tier-1 automotive supplier. They develop advanced driver assistance systems (ADAS), in-cabin driver monitoring technologies, and automotive-grade sensors including radar, camera systems, and V2X communication modules. In H2020 projects, they contribute industrial-scale sensor hardware, embedded AI for perception tasks, and validation expertise for automated driving — bridging the gap between research prototypes and series-production automotive components.
What they specialise in
BEYOND5 focuses on RFSOI/FDSOI semiconductor technology for CMOS radar and mmWave connectivity; ANDANTE targets AI at the edge on new device technologies; both align with Valeo's core sensor product lines.
5G-MOBIX (cross-border 5G corridors for connected mobility), Hi-Drive (large-scale automated driving pilots), and BEYOND5 (V2X communication) all address vehicle connectivity infrastructure.
ADASANDME specifically targeted drowsiness, stress, inattention, and impairing emotions detection with tailored HMI under automation conditions.
TEMPO explores spiking neural networks and non-volatile memory (MRAM, OxRAM) for neuromorphic hardware; ANDANTE focuses on AI inference at the edge — both point toward next-generation in-vehicle processing.
Cloud-LSVA (their highest-funded project at EUR 708,500) addressed cloud-based large-scale video analysis, relevant to both surveillance and automotive perception pipelines.
How they've shifted over time
Between 2016 and 2019, Valeo's H2020 work centered on classical ADAS and driver monitoring — detecting drowsiness, stress, and inattention, plus vision-based driver assistance and system validation. From 2018 onward, the focus shifted decisively toward the hardware and connectivity layer: 5G-enabled V2X communication, RF semiconductor technologies (FDSOI, RFSOI), neuromorphic computing chips, and edge AI inference. This mirrors the broader automotive industry transition from software-defined ADAS features toward the underlying silicon and communication infrastructure needed for full vehicle autonomy.
Valeo is moving deeper into the hardware stack — custom chips, neuromorphic computing, and RF semiconductor technology — positioning for the era when automated driving demands purpose-built silicon rather than general-purpose processors.
How they like to work
Valeo never coordinates H2020 projects but consistently participates in large consortia — 275 unique partners across 28 countries indicates they join broadly rather than leading tightly. Their two third-party roles (ADASANDME, Hi-Drive) suggest they sometimes contribute specific components or test capabilities without full consortium membership. This is typical of a large industrial company that uses EU projects to validate and de-risk technologies close to their product roadmap, making them a reliable but scope-focused partner.
With 275 unique consortium partners spanning 28 countries, Valeo has one of the broadest collaboration networks among automotive suppliers in H2020. Their partnerships span both the ECSEL/semiconductor ecosystem (BEYOND5, ANDANTE, TEMPO) and the transport/mobility corridor (5G-MOBIX, Hi-Drive), giving them connections across two distinct research communities.
What sets them apart
Valeo occupies a rare position as a Tier-1 automotive supplier that engages across the full technology stack — from in-cabin driver monitoring and computer vision down to RF semiconductor design and neuromorphic chip architectures. Unlike pure semiconductor companies or pure automotive integrators, they bring the perspective of a volume manufacturer who must turn research into millions of production units. For consortium builders, this means access to real-world automotive validation infrastructure and a direct path from prototype to series production.
Highlights from their portfolio
- 5G-MOBIXTheir largest funded project (EUR 936,696), focused on cross-border 5G corridors for connected automated mobility — a flagship EU initiative with high visibility.
- BEYOND5Positioned Valeo at the intersection of RF semiconductor supply chain sovereignty and automotive radar/V2X, with EUR 505,074 in funding for RFSOI technology development.
- TEMPOSignals a forward-looking bet on neuromorphic computing hardware (spiking neural networks, MRAM) — unusual for an automotive supplier and indicative of long-term R&D strategy.